Heather Workman
Papers
1
Total Citations
77
H-Index
1
About
Heather Workman is a leading figure in the development of high-throughput analytical technologies for pharmaceutical research. Her work centers on automating complex laboratory processes to accelerate drug discovery, with a particular focus on improving the measurement of key physicochemical properties. Her most cited paper, "Automated robotic liquid handling/laser-based nephelometry system for high throughput measurement of kinetic aqueous solubility" (2004, 77 citations), exemplifies this contribution by introducing a novel, fully automated system that integrates robotic liquid handling with laser-based nephelometry. This innovation enabled the rapid, reliable, and miniaturized assessment of aqueous solubility—a critical parameter in early-stage drug development—dramatically increasing throughput while reducing sample consumption. By addressing a major bottleneck in the screening of potential drug candidates, Workman’s work has provided researchers with a powerful tool for identifying promising compounds earlier in the pipeline. Her achievements highlight a career dedicated to bridging engineering and chemistry, making her a pivotal contributor to the efficiency and scalability of modern pharmaceutical research.
Research Focus
Key Achievements
Top Papers
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